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Erika Kamada
Observed name:
Erika KAMADA
Institution:
Kyushu Okinawa Agricultural Research Center
Observed institutions:
National Agriculture and Food Research Organization,
Kyushu University,
Kyushu Okinawa Agricultural Research Center
ORCID:
0009-0008-6544-1831
Observed ORCID:
0009-0008-6544-1831
OpenAlex ID:
A5072447756
Comparative analysis of RGB and multispectral UAV image data for leaf area index estimation of sweet potato
2024
·
Shoki Ochiai
, Erika Kamada
, et al.
·
Smart Agricultural Technology
·
12
Effect of Temperature and Solar Radiation on Dry Matter Production of Spinach for Processing Use
2021
·
Erika Kamada
, Takanori Ishii
, et al.
·
Horticultural Research (Japan)
·
12
PDF
Comparison of root dry matter content and root dry matter weight in sweet potato genotypes cultivated by transplanting and direct planting
2023
·
Takeo Sakaigaichi
, Keisuke Suematsu
, et al.
·
Plant Production Science
·
6
Analysis of sweetpotato shoot traits diversity and its relationship with storage root yield under short-period cultivation
2023
·
Takeo Sakaigaichi
, Yoshifumi Terajima
, et al.
·
Genetic Resources and Crop Evolution
·
6
Effects of Spinach Cultivars and Cultivation Conditions on Leaf Yield and Appearance Quality in Ratoon Cropping for Processing Use
2018
·
Takayuki Suzuki
, Erika Kamada
, et al.
·
Japanese Journal of Farm Work Research
·
6
PDF
Effective Control Measures for Sweet Potato Foot Rot Disease in Severely Affected Areas Based on Network Analysis
2024
·
Takeo Shima
, Masaki Ochiai
, et al.
·
Agricultural Information Research
·
5
PDF
Effects of ratoon harvesting on the root systems of processing spinach
2019
·
Takayuki Suzuki
, Erika Kamada
, et al.
·
Plant Root
·
3
PDF
Mapping a major QTL and development of PCR-based markers to select sweetpotato varieties for direct planting
2025
·
Keisuke Suematsu
, Takeo Sakaigaichi
, et al.
·
Scientia Horticulturae
·
2
Combining Machine Learning with Images from RGB and Multispectral Cameras to Estimate Fresh Weight and Height of Spinach for Processing Use
2025
·
Shoki Ochiai
, Takanori Ishii
, et al.
·
The Horticulture Journal
·
2
PDF
Effect of Nitrogen Fertilization on Dry Matter Production of Spinach for Processing
2025
·
Erika Kamada
, Takanori Ishii
, et al.
·
Horticultural Research (Japan)
·
2
PDF
Estimation of the Critical Nitrogen Dilution Curve for Spinach for Processing Use
2025
·
Erika Kamada
, Shoki Ochiai
, et al.
·
The Horticulture Journal
·
1
PDF
Modeling the Leaf Area Dynamics of Sweet Potatoes under Varying Nitrogen Conditions
2025
·
Shoki Ochiai
, Erika Kamada
, et al.
·
The Horticulture Journal
·
1
PDF
Effect of Planting Density on Dry Matter Production of Spinach for Processing
2024
·
Erika Kamada
, Takanori Ishii
, et al.
·
Horticultural Research (Japan)
·
1
PDF
Development of a System for Predicting and Simulating the Growth of Spinach (Spinacia oleracea)
2022
·
Hitoshi Koyano
, Erika Kamada
·
Agricultural Information Research
·
1
PDF
Effects of Drainage Measures on Sweet Potato Foot Rot Disease and the Evaluation of Risk of Disease Occurrence Due to Waterlogging
2026
·
Takeo Shima
, Syouki Ochiai
, et al.
·
Agricultural Information Research
PDF
Assimilating Unmanned Aerial Vehicle-based Leaf Area Index Observations into a Spinach (Spinacia oleracea) Dry Yield Prediction Model for Processing Applications
2025
·
Shoki Ochiai
, Erika Kamada
·
The Horticulture Journal
PDF
Relationship between Effective Control Techniques and Transition to Damage Reduction in Areas Severely Affected by Sweet Potato Foot Rot Disease
2025
·
Takeo Shima
, Masaki Ochiai
, et al.
·
Agricultural Information Research
PDF
Estimation of Days to Emergence Based on Soil Temperature in Sweet Potato Crops Grown by Direct Planting
2024
·
Takeo SAKAIGAICHI
, Atsushi MARUYAMA
, et al.
·
Japanese Journal of Crop Science
PDF
Arable and Livestock Corporation Trial in the Upland Fields of the Southern Kyushu Region: Confirmation of Nematode-Suppression by Introducing the Tropical Forage Palisade Grass into the Crop Rotation System
2023
·
Katsuki ADACHI
, Yasushi TATEISHI
, et al.
·
Japanese Journal of Farm Work Research
PDF
An Implement for Direct-Sown Onion Cultivation that Ridges, Forms Furrows on Ridges, Sows at the Bottom of Furrows and Localizes Application of Fertilizers below Seeds
2022
·
Kentaro MATSUO
, Erika KAMADA
, et al.
·
Japanese Journal of Farm Work Research
Yield Comparison between Conventional High Ridge Cultivation and Large Ridge Cultivation in Relation to Conventional Vine Planting and Tuber Seedling Transplanting of the Sweet Potato Cultivar ‘Murasakimasari’
2022
·
Katsuki ADACHI
, Masaaki OMINE
, et al.
·
Japanese Journal of Farm Work Research
PDF
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Works count:
21
Citation count:
60
H-index:
5
I10-index:
2
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